2010 Ford Transit 2.2L Diesel · YP10 HWL

The Transit presents a worsening mechanical trend despite passing its most recent MOT in September 2025 at 69,780 miles. The tester flagged corrosion on the front integral body structure near the steps and the rear integral body structure on the arches, alongside general underbody corrosion. While the tester noted that structural rigidity was not significantly reduced at that time, the progression from earlier advisories to documented corrosion warnings indicates a failure to address underlying rust. The vehicle passed this test, but the recurrence of structural degradation points to long-term neglect rather than careful upkeep. Covering roughly 69,780 miles over sixteen years equates to an average of just 4,361 miles annually, which is exceptionally low for a commercial vehicle. The mileage progression shows a gap of 2,046 miles between August 2023 and August 2024, followed by a jump of 2,046 miles in the subsequent year. Such sporadic usage suggests prolonged periods of standing, which directly contributes to the perishing of rubber components and the formation of surface corrosion on brake lines and structural seams. Low mileage does not exempt a vehicle from decay when it sits idle for months at a time. A buyer must thoroughly inspect the underbody and structural mounting points before purchase. The August 2024 test failed both front brake pipes for excessive corrosion, yet the September 2025 test passed the vehicle without mentioning them, implying a superficial clean-up rather than proper replacement. The nearside front lower suspension arm wishbone bush has been flagged as excessively worn or wearing since August 2023, suggesting a persistent issue ignored by the previous operator. Examine the inner sills, floor-to-step areas, and rear arches closely for scaling or welding repairs masked by thick underseal. The August 2024 failure for ABS and ESC warning lamps, combined with multiple lighting defects, hints at electrical deterioration commonly exacerbated by moisture ingress in corroded connectors.